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Analysis of propagation of an intense and short laser pulse in inhomogeneous plasmas

Nakamura Tatsufumi, Kato Susumu, Kato Tomokazu

J. Phys. Soc. Jpn., vol: 68, num: 9, 2956-2961, published: , JP


   Optics.
      Optics of atoms and ions
         Optics of plasma.

   Optics.
      Radiation and wave optics.
         Wave optics.
            Propagation of waves.

   Radiophysics. Physical electronics.
      Electromagnetic wave propagation.
         Wave propagation in plasma.
            Nonlinear and parametric phenomena.

   Radiophysics. Physical electronics.
      Electromagnetic wave propagation.
         General theory.
            Nonlinear wave propagation.
               Self-action.

   Gases and liquids. Thermodynamics and statistical physics.
      Statistical thermodynamics.
         Thermodynamics and statistical physics of quantum systems.
            Interaction of matter with electromagnetic field.

   Plasma Physics (including Thermonuclear Fusion).
      Oscillations and waves in plasma.
         Interactions of electromagnetic waves with plasma.
            Wave propagation in plasma.

   Plasma Physics (including Thermonuclear Fusion).
      Magnetic plasma confinement. (including fusion reactions)
         Laser heating.

   Plasma Physics (including Thermonuclear Fusion).
      Inertial (nonmagnetic) plasma confinement.
         Laser fusion.
            Interaction of laser radiation with targets.

   Laser physics.
      Propagation of laser radiation.
         General problems of laser light propagation in nonlinear media.
            Transient effects.

   Laser physics.
      Fundamentals of laser physics.
         General theory of propagation of electromagnetic waves.
            Nonstationary processes.

   Laser physics.
      Propagation of laser radiation.
         General problems of laser light propagation in nonlinear media.
            Confined beams.

   Laser physics.
      Fundamentals of laser physics.
         Physics of nonlinear optical processes.
            Wave self-actions.

   Laser physics.
      Propagation of laser radiation.
         Self-actions of light waves in nonlinear media.
            Self-focusing of light beams.
               General theory.